GreenerWave

GreenerWave

Video animation showcasing the GreenerWave telecoms antennae.

Video animation showcasing the GreenerWave telecoms antennae.

2024 - Two Weeks

This project includes an animation video and visual research for GreenerWave, a client of Félix & Associés.

The goal was to provide a wide range of communication materials for the brand, both for social media and trade shows.

I created these visuals in my internship, during my first two weeks at the agency. My mentor had seen my previous work with Blender and wanted to test my ability to produce high-quality visuals quickly. It was also my first time working on a high-performance PC, which allowed me to explore tools like Embergen that I hadn’t had access to before.

This project includes an animation video and visual research for GreenerWave, a client
of Félix & Associés.

The goal was to provide a wide range of communication materials for the brand, both for social media and trade shows.

I created these visuals in my internship, during my first two weeks at the agency. My mentor had seen my previous work with Blender and wanted to test my ability to produce high-quality visuals quickly. It was also my first time working on a high-performance PC, which allowed me to explore tools like Embergen that I hadn’t had access to before.

The GreenerWave solution uses metasurfaces to reduce the cost, weight, size, and energy consumption of this antenna.

A versatile product that adapts to a wide range of signals, serving as a vital communication link for firefighters tackling wildfires in rugged terrain, rescue teams deployed after natural disasters, or even individuals living in remote areas.

The challenge was to convey a sense of robustness and reliability by showcasing its ability to withstand real-world conditions.

The GreenerWave solution uses metasurfaces to reduce the cost, weight, size, and energy consumption of this antenna.

A versatile product that adapts to a wide range of signals, serving as a vital communication link for firefighters tackling wildfires in rugged terrain, rescue teams deployed after natural disasters, or even individuals living in remote areas.

The challenge was to convey a sense of robustness and reliability by showcasing its ability to withstand real-world conditions.

The GreenerWave solution uses metasurfaces to reduce the cost, weight, size, and energy consumption of this antenna.

A versatile product that adapts to a wide range of signals, serving as a vital communication link for firefighters tackling wildfires in rugged terrain, rescue teams deployed after natural disasters, or even individuals living in remote areas.

The challenge was to convey a sense of robustness and reliability by showcasing its ability to withstand real-world conditions.

I was entirely independent in creating all the product images, as well as managing the entire process, with the goal of being as fast and efficient as possible.

The scenes are mainly composed of 3D assets, which I modified as needed. The antenna itself is an original design by Félix & Associés. I exported the model from Rhino to Blender and created my own procedural animated materials—for example, the rain trickling down in the first shot.

Being passionate about 3D and always eager to explore related technologies, I built my own PC at the start of this project. This allowed me to experiment with Embergen and real-time simulation for the first time.

The GreenerWave solution uses metasurfaces to reduce the cost, weight, size, and energy consumption of this antenna.

A versatile product that adapts to a wide range of signals, serving as a vital communication link for firefighters tackling wildfires in rugged terrain, rescue teams deployed after natural disasters, or even individuals living in remote areas.

The challenge was to convey a sense of robustness and reliability by showcasing its ability to withstand real-world conditions.

The GreenerWave solution uses metasurfaces to reduce the cost, weight, size, and energy consumption of this antenna.

A versatile product that adapts to a wide range of signals, serving as a vital communication link for firefighters tackling wildfires in rugged terrain, rescue teams deployed after natural disasters, or even individuals living in remote areas.

The challenge was to convey a sense of robustness and reliability by showcasing its ability to withstand real-world conditions.